Study and Teaching

Here you will find an overview of our courses and access to the e-learning portal as well as current Bachelor's and Master's thesis topics.

Thema	Angebot
Automatic differentiation of anisotropic hyperelastic laws for nonlinear finite element analyses	Masterarbeit
Implementation of arclength methods for nonlinear finite element simulations	Masterarbeit
Implementation of axisymmetric spectral elements for wave propagation analysis	Masterarbeit
Buckling analysis of cylindrical shells featuring multiple cutouts using CutBFS elements	Masterarbeit
Dual mass lumping in the spectral element method	Masterarbeit
Investigation of Model Order Reduction Techniques for the Shape Optimization of planar piezoelectric motors	Masterarbeit
Physics-Augmented Neural Networks for Modeling Inelastic Material Behavior	Masterarbeit
Implementation of methods to parallelize simulations in the time domain	Masterarbeit
Implementation of a third medium contact method in finite element analysis	Masterarbeit

You can also find further topics for project work or Bachelor's or Master's theses from other chairs and scientific departments on the notice board of the Faculty of Mechanical Engineering.

Topics advertised

If you are interested in writing a Bachelor's thesis or a Master's project on one of the topics presented, please do not hesitate to contact us! We will be happy to discuss with you how we can adapt or split the project to your individual requirements. Whether we carry out the preliminary work for a Master's thesis as part of a Master's project or adapt the scope accordingly for a Bachelor's thesis - we endeavour to work flexibly with you. There is also the possibility of working as a student assistant (HiWi) as part of these projects.
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Courses for Bachelor's programs

	Lang. / Sem.
Technische Mechanik 1 \| E-Learning	de / SoSe
Technische Mechanik 2/3	de / WiSe
Numerische Simulationsmethoden	de / WiSe

Courses for Master's programs:

	Lang. / Sem.
Angewandte FEM \| E-Learning	de / SoSe
Finite-Elemente-Methode \| E-Learning	en / SoSe
Nichtlineare FEM	en / WiSe
FEM-Modellierung dünnwandiger Strukturen	en / WiSe
Angewandte Biomechanik	en / WiSe
Numerische Methoden der Biomechanik	en / WiSe
Project: Simulation Methods in Science and Engineering	en / WiSe

Courses for Bachelor's programs:

	Lang. / Sem.
Technische Mechanik 1	de / SoSe
Technische Mechanik 2/3 \| E-Learning	de / WiSe
Numerische Simulationsmethoden \| E-Learning	de / WiSe

Courses for Master's programs:

	Lang. / Sem.
Angewandte FEM	de / SoSe
Finite-Elemente-Methode	en / SoSe
Nichtlineare FEM \| E-Learning	en / WiSe
FEM-Modellierung dünnwandiger Strukturen \| E-Learning	en / WiSe
Angewandte Biomechanik \| tba	en / WiSe
Numerische Methoden der Biomechanik \| E-Learning	en / WiSe
Project: Simulation Methods in Science and Engineering \| E-Learning	en / WiSe

Courses for Bachelor's programs

	Lang. / Sem.
Technische Mechanik 1 \| E-Learning	de / SoSe
Technische Mechanik 2/3	de / WiSe
Numerische Simulationsmethoden	de / WiSe

Courses for Master's programs:

	Lang. / Sem.
Angewandte FEM \| E-Learning	de / SoSe
Finite-Elemente-Methode \| E-Learning	en / SoSe
Nichtlineare FEM	en / WiSe
FEM-Modellierung dünnwandiger Strukturen	en / WiSe
Angewandte Biomechanik	en / WiSe
Numerische Methoden der Biomechanik	en / WiSe
Project: Simulation Methods in Science and Engineering	en / WiSe

Courses for Bachelor's programs

	Lang. / Sem.
Technische Mechanik 1	de / SoSe
Technische Mechanik 2/3 \| E-Learning	de / WiSe
Numerische Simulationsmethoden \| E-Learning	de / WiSe

Courses for Master's programs:

	Lang. / Sem.
Angewandte FEM	de / SoSe
Finite-Elemente-Methode	en / SoSe
Nichtlineare FEM	en / WiSe
FEM-Modellierung dünnwandiger Strukturen \| E-Learning	en / WiSe
Angewandte Biomechanik \| E-Learning	en / WiSe
Numerische Methoden der Biomechanik \| E-Learning	en / WiSe
Project: Simulation Methods in Science and Engineering \| E-Learning	en / WiSe